#include <default.c>

FONT* A24bi = "Arial#26b";

var vAniso = 8.0;

MATERIAL* mtl_anisotropic = {

	effect = "
	bool AUTORELOAD;

	float vAniso_var;

	texture entSkin1;
	sampler sAnisotropic = sampler_state {
		Texture = <entSkin1>;
		
		MipFilter = Linear;
		MinFilter = Anisotropic;
		MagFilter = Linear;
		
		MaxAnisotropy = vAniso_var;  
		
		AddressU = Wrap;
		Addressv = Wrap;
	};
	
	technique anisotropic {
		pass one {
			sampler[0] = (sAnisotropic);
		}
	}";
}

VIEW* camera1 = {size_x = 400; size_y = 800; flags = SHOW;}

VIEW* camera2 = {pos_x = 400;	size_x = 400; size_y = 800; flags = SHOW;}

function main() {
	
	vec_set(sky_color,COLOR_BLACK);
	video_window(NULL,NULL,2,NULL);
	video_set(800, 800, 32, 2);
	//d3d_antialias = 9;
	//if (d3d_caps & 2) { d3d_mipmapping = 4; d3d_anisotropy = 16;  /*printf("d3d_anisotropy active");*/}
	mouse_mode = 4;
	mip_levels = 10;
	d3d_anisotropy = 7;
	d3d_mipmapping = 4;
	
	level_load("mips_aniso.wmb");
	
	camera.flags &= ~SHOW; // now hide the default camera
	
	vec_set(camera1.x,vector(0,0,150));
	vec_set(camera1.pan,vector(0,-30,0));
	
	vec_set(camera2.x,vector(15000,0,-350));
	vec_set(camera2.pan,vector(0,-30,0));
	
	PANEL* pAniso = pan_create(NULL,0);
	pan_setdigits(pAniso,0,310,0,"mip_levels = 10;", A24bi, 0, 0);
	pan_setdigits(pAniso,0,10,60,"Anisotropy Level = %.f", A24bi, 1, vAniso);
	pan_setdigits(pAniso,0,10,90,"Anisotropy Enabled", A24bi, 0, 0);
	
	pan_setdigits(pAniso,0,500,60,"d3d_mipmapping = 4;", A24bi, 0, 0);
	pan_setdigits(pAniso,0,500,90,"d3d_anisotropy = 7;", A24bi, 0, 0);
	pan_setdigits(pAniso,0,500,120,"Anisotropy Disabled", A24bi, 0, 0);
	
	pan_setslider(pAniso,0,250,60,bmap_fill(bmap_createblack(100,1,32),COLOR_GREY,100),bmap_fill(bmap_createblack(12,32,32),COLOR_RED,100),0,16,vAniso);
	set(pAniso, SHOW);
	
	vec_fill(mtl_anisotropic.ambient_blue, 64);
	
	/*while(1) {
		camera1.pan += .1*time_step;
		camera2.pan -= .1*time_step;
		wait(1);
	}*/
}